NI 9205 (FPGA Interface)

FPGA I/O Node

You can use an FPGA I/O Node, configured for reading, with this device.

Terminals in Software

Use the FPGA I/O Node to access the following terminals for this device.

Refer to the Conversion Timing topic for information about the order and timing of conversions for these I/O channels.

Arbitration

This device supports only the Arbitrate if Multiple Requestors Only option for arbitration. You cannot configure arbitration settings for this device.

I/O Methods

This device does not support any I/O methods.

Module Methods

Use the FPGA I/O Method Node to access the following module methods for this device.

Method	Description
IO Sample	Acquires a single sample from the module. The channel number, terminal mode, and voltage range are all configurable at run time. Note  NI suggests that you do not configure the VI to run an IO Sample method and another FPGA I/O Method Node in parallel when both are targeted to the same C Series module. Similarly, NI suggests that you do not configure the VI to run multiple IO Sample methods in parallel when the IO Sample methods are targeted to the same C Series module. Refer to the NI 9205 Basic IO VI and the NI 9205 Advanced IO VI in the labview\examples\CompactRIO\Module Specific\NI 9205\NI 9205 Basic IO\NI 9205 Basic IO.lvproj and labview\examples\CompactRIO\Module Specific\NI 9205\NI 9205 Advanced IO\NI 9205 Advanced IO.lvproj for examples related to this method.
Restore Last External Calibration Constants	Restores the calibration constants of the module to the factory values. You must enable self-calibration on the C Series Module Properties dialog box to use this method. Caution  The Restore Last External Calibration Constants method node must be used with the example VI to prevent damaging the module. Refer to the NI 9205 Self-Calibration VI in the labview\examples\CompactRIO\Module Specific\NI 9205\NI 9205 Self Calibration\NI 9205 Self Calibration.lvproj for an example of using this method.
Set Terminal Mode	Sets the terminal mode for a channel as RSE (referenced single-ended), NRSE (non-referenced single-ended ), or DIFF (differential). This method overwrites the value you configure in the C Series Module Properties dialog box.
Set Triggers	Sets the trigger output to one of the following values: None AI Below Low AI Above High AI Inside Region AI Below Low with Hysteresis AI Above High with Hysteresis DI Trigger Note  The onboard NI 9205 on sbRIO devices does not support DI triggering. Refer to the NI 9205 Basic Triggering VI and the NI 9205 Advanced Triggering VI in the labview\examples\CompactRIO\Module Specific\NI 9205\NI 9205 Basic Triggering\NI 9205 Basic Triggering.lvproj and labview\examples\CompactRIO\Module Specific\NI 9205\NI 9205 Advanced Triggering\NI 9205 Advanced Triggering.lvproj for examples related to this method.
Set Voltage Range	Sets the input range for a channel as ±10 V, ±5 V, ±1 V, or ±200 mV. This method overwrites the value you configure in the C Series Module Properties dialog box.
Write Self-Calibration Constants	Replaces the calibration constants of the module with new values. You must enable self-calibration on the C Series Module Properties dialog box to use this method. Self-Calibration Constants—Contains offset and gain constants for the analog input ranges of the module. Caution  The Write Self-Calibration Constants method node must be used with the example VI to prevent damaging the module. Refer to the NI 9205 Self-Calibration VI in the labview\examples\CompactRIO\Module Specific\NI 9205\NI 9205 Self Calibration\NI 9205 Self Calibration.lvproj for an example of using this method.

I/O Properties

This device does not support any I/O properties.

Module Properties

Use the FPGA I/O Property Node to access the following module properties for this device.

Single-Cycle Timed Loop

This device does not support the single-cycle Timed Loop.